Two-proton emitters with diproton-correlated initial states can deliver spin-entangled proton pairs exceeding local-hidden-variable bounds in democratic three-body emission.
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Adapts XOR game for direct local-measurement verification of quantum superposition, with exponential confidence growth and experimental demo at 99% confidence with 37 photon copies.
citing papers explorer
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Two-proton emission as source of spin-entangled proton pairs
Two-proton emitters with diproton-correlated initial states can deliver spin-entangled proton pairs exceeding local-hidden-variable bounds in democratic three-body emission.
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Direct and Efficient Detection of Quantum Superposition
Adapts XOR game for direct local-measurement verification of quantum superposition, with exponential confidence growth and experimental demo at 99% confidence with 37 photon copies.